Nuclear processes: Vocabulary: Radioactive decay Isotope Alpha particle Beta particle Transmutation Strong Nuclear Force Fusion Fission

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1 Nuclear processes: Students will develop models to illustrate the changes in the composition of the nucleus of the atom and the energy released during the processes of fission, fusion, and radioactive decay. (HS PS1 8) 1. (PS1 8.1) I can compare and contrast the process of fission and fusion 2. (PS1 8.2) I can predict the results of transmutation through alpha and beta decay 3. (PS1 8.3) I can model the changes in composition of the nucleus during fission, fusion, and radioactive decay. Vocabulary: Radioactive decay Isotope Alpha particle Beta particle Transmutation Strong Nuclear Force Fusion Fission Nov 7 1:04 PM 1

2 Vocabulary: Nuclear Reaction: a process in which there is a change in the nucleus of the atom Strong Nuclear Force: force that holds protons and neutrons together Fission: The splitting of an atomic nucleus into smaller parts. Fusion: process in which the nuclei of two atoms combine to form a larger nucleus Isotope: atoms of the same element with different numbers of neutrons (therefore different mass numbers) Radioactive decay: The release of nuclear particles and energy due to the decay of the unstable nuclei of atoms Alpha particle: 2 protons and 2 neutrons are given off atomic mass decreases by 4 atomic # decreases by 2 Beta particle: neutron splits into a proton and electron high energy electron given off atomic mass no change atomic # increase by 1 Transmutation: the changing of one element to another through radioactive decay Nov 8 5:38 PM 2

3 Strong nuclear force Holds protons and neutrons in the nucleus It's difficult to break apart or combine nuclei. Oct 8 5:35 AM 3

4 Nuclear Reaction: a process in which there is a change in the nucleus of the atom sun fusion atomic bomb fission crash course fusion and fission (a chemical reaction involves electrons only) Nov 7 2:58 PM 4

5 I can compare and contrast the process of fission and fusion Fission The splitting of an atomic nucleus into smaller parts. Tremendous amounts of energy can be produced from a very small amounts of mass. nuclear reactors for energy neutron is absorbed to split Uranium atom starts a "chain" reaction Nov 7 1:10 PM 5

6 fission and fusion What is the difference between a chemical and nuclear reaction? What is a chain reaction? Nov 10 11:26 AM 6

7 Fission Reactions 1.Nuclear power plants Fuel rods enriched with are used to heat water or steam. The water or steam goes on to power a steam turbine. A containment vessel surrounds the reactor so no radiation escapes. 2. Nuclear bombs A core of is forced to undergo fission when a uranium bullet fires into the core on detonation, forcing the core to critical mass. Bombing in Japan, 1945 Nov 8 6:30 PM 7

8 Fusion A process in which the nuclei of two atoms combine to form a larger nucleus. Sun goes through the process of fusion. (Hydrogen turns into Helium) state of matter must be plasma (at very high temps) to undergo fusion Nov 7 1:29 PM 8

9 nuclear reactions2015.notebook Fusion Reactions 1. Occur in the core of the sun and all stars, hydrogen is turned into helium. This is how the sun produces energy. 2. Hydrogen bombs work by fusion. A standard nuclear fission bomb (uranium and plutonium) goes off, heating hydrogen isotopes under high pressure, which causes the hydrogen isotopes to begin fusing. H bomb 3. Energy of the future? Wendelstein 7 X fusion as energy source Nov 7 7:37 PM 9

10 fusion fission Hydrogen nuclei combine Neutron absorbed, U splits occurs on the sun powers nuclear reactors nuclear bomb Hydrogen bomb Nov 7 2:38 PM 10

11 isotopes: atoms of the same element with different numbers of neutrons (atomic masses are different as well) mass number atomic number carbon C carbon C carbon C What is in each nuclei? p + = n 0 = p + = n 0 = p + = n 0 = mass number atomic number hydrogen 1 H 1 hydrogen 2 2 H hydrogen 3 3 H Draw the nuclei: Oct 8 1:06 PM 11

12 Radioactive decay The release of nuclear particles and energy due to the decay of the unstable nuclei of atoms nuclear particle emitted: alpha and beta element: new element new element Transmutation changing of one element to another through radioactive decay Oct 8 5:36 AM 12

13 Elements can radioactively decay emit alpha, beta or gamma particle and can transmutate (change) to new element Alpha particle (stopped by paper) 2 protons and 2 neutrons are given off atomic mass decreases by 4, atomic # decreases by 2 Beta particle (stopped by foil) neutron splits into a proton and electron high energy electron given off atomic mass no change, atomic number increase by 1 Gamma particle (stopped by lead or concrete) very high energy given off (no particles) no transmutation Oct 8 5:36 AM 13

14 nuclear reactions2015.notebook Alpha Decay Smoke detectors Americium 241 is inside smoke detectors, and when smoke particles enter the detector the alpha particles released by the americium atoms in alpha decay are caught by the smoke particles, which activates the smoke detector's alarm system. Gaseous radon in the soil (or your basement) Breathing in radon gas can damage lung cells due to the alpha particles that the gas molecules emit. A new cancer treatment, targeted alpha therapy (TAT), Lead 212 is attached to a carrier molecule, which when ingested kills cancer cells travels to the site of the tumor and gives off alpha radiation, killing all cells in the area. Determining the elemental composition of substances such as rocks and soil. Alpha Particle X Ray Spectroscopy (APXS) The alpha particles come from an alpha decay reaction, usually of curium 244. NASA used APXS in its rover missions to Mars, including the Pathfinder missions, to determine what elements are present in Martian rocks. Nov 7 7:47 PM 14

15 Beta Decay Cancer treatment Radionuclide therapy(rnt) or radiotherapy Lutetium 177 or yttrium 90 is attached to a molecule and ingested, where it travels to the cancer cells. As the radioactive atoms decay, they release beta particles and kill the nearby cancer cells. Carbon dating is used to date artifacts, wood, and animal remains This is done by finding the ratio of carbon 14 to carbon 12 in the object. There is always a certain amount of carbon 14 in the atmosphere, and when a plant or animal dies the carbon 14 it had in its body starts to turn into nitrogen 14 via beta decay. By using the ratio of carbon 14 to carbon 12, the approximate date of the material can be determined. Nov 8 5:59 AM 15

16 Vocab practice 1. The splitting of an atomic nucleus into smaller parts. 2. The changing of one element to another through radioactive decay 3. Force that holds protons and neutrons together 4. Atoms of the same element with different numbers of neutrons(therefore different mass numbers) 5. 2 protons and 2 neutrons are given off, atomic mass decreases by 4, atomic # decreases by 2 6. Process in which there is a change in the nucleus of the atom 7. Process in which the nuclei of two atoms combine to form a larger nucleus 8. The release of nuclear particles and energy due to the decay of the unstable nuclei of atoms 9.Neutron splits into a proton and electron, high energy electron is given off, atomic mass has no change, atomic # increase by 1 Alpha particle Beta particle Fission Fusion Isotope Nuclear Reaction Radioactive decay Strong Nuclear Force Transmutation Nov 12 9:17 AM 16

17 How is the atomic number change during: an apha decay? lose 2 proton, by 2 a beta decay? No a gamma decay? No 2 paper Al foil cement or lead 2p+2n 2 4 1n 1 high energy e Oct 8 5:36 AM 17

18 Alpha or Beta Emission? emission type 6. Oct 8 5:55 AM 18

19 Alpha Decay: 1. Predict the Products 2. Beta Decay: Nov 8 7:13 PM 19

20 Woman in Science: Nov 7 1:31 PM 20

21 Attachments index.webloc watch.webloc

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